About this asset

This modern indoor plant and partition wall SketchUp model features a curated arrangement of hanging and potted greenery with shelving. This decorative scene comprises a white, concrete-textured partition wall integrated with a circular mirror framed in light timber. A vertical timber slat shelving unit is attached to the side, housing smaller potted plants and florals. The arrangement is complemented by three hanging planters containing trailing foliage and a larger freestanding palm-style plant in a textured basket. A substantial, curved concrete-finish planter base grounds the right side of the unit, creating a cohesive, layered botanical display suitable for adding realistic interior styling elements to architectural visualisations and interior design projects.

The download is a 31.1 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, this model is best utilised as a component or group to maintain scene organisation. Users can easily scale the entire assembly to fit specific room dimensions or adjust individual plant positions to suit the camera angle. The materials are mapped with standard textures, allowing for quick adjustments in render engines like V-Ray or Enscape. Ensure the geometry is placed on a dedicated layer to manage viewport performance, as the dense foliage may require careful handling in complex scenes.

This partition wall is ideal for residential living areas, hotel lobbies, or contemporary office breakout spaces where a room divider is required to define zones while maintaining visual interest. It works effectively as a focal point in open-plan layouts or as a backdrop for seating areas. Architects and designers can use this asset to quickly populate interior renders, providing a high-quality, pre-styled botanical feature that pairs well with minimalist or biophilic design schemes in both new-build and renovation project stages.